Bareiss is a material testing solution provider with more than 65 years of history. We are specialized in areas of hardness, abrasion, rebound, density and system integration for many other testing categories.
Since 1954 Bareiss Prüfgerätebau GmbH has always been the technology leader for elastomer hardness test engineering. As his family members, we carry on the philosophy and vision of the founder Mr. Heinrich Bareiss and reflect them on our products and solutions which are successfully implemented worldwide today. Our goal is to maintain the leading position on the market with high reliability of our products. It is a continuous challenge in the future for being the market leader and your reliable partner as we always have been. As a manufacturer for innovative and certified measuring instruments, we bear the responsibility for quality assurance. In order to meet the expectations for high quality, usability and sustainability of Bareiss products from our customers worldwide, we are constantly striving to optimize our production processes with precise planning, controlling and monitoring.
Address
Bareiss Prüfgerätebau GmbH
Breiteweg 1
89610 Oberdischingen
Germany
Phone: +49 7305 9642-0
Fax: +49 7305 9642-22
Internet: www.bareiss.de
The digi test II consist of 4 major components: the test stand, the loading module (pick-up bracket), the electronic unit and the interchangeable measuing unit for methods of Shore, IRHD and VLRH. The highly intelligent digi test II is equiped with an electronic unit which serves as the main control of the entire system and the display of the user's information for measuring time and method, measurement and various selectable features.
This automated system performs hardness tests on a multiple number of samples with a digital Shore A durometer. Followed by the hardness tests, the system continues with the density test and samples are disposed automatically.
The revolutionary digiChamber consists of a digi test II hardness tester and a temperature chamber which allows tests to be carried out at above or below ambient temperature. With the function of temperature control, the specimen can be examined of its hardness changes in extreme temperature conditions. This kind of test is ideal for automobile and tire industries as most of the rubber parts are required to sustain critical temperature changes.
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